Panasonic Automotive Systems is taking a major step forward in automotive cybersecurity with the evolution of its VERZEUSE series. As the industry shifts toward software-defined vehicles (SDVs) and advanced cockpit technologies, Panasonic’s latest innovations promise stronger protection for in-vehicle systems. This move aims to address complex cyber threats throughout the entire vehicle lifecycle.
Panasonic Automotive Systems Unveils Advanced VERZEUSE Cybersecurity
The VERZEUSE series is now tailored for the fast-growing SDV market, going beyond traditional electronic control unit (ECU) setups. Panasonic Automotive Systems has integrated support for cockpit high-performance computers (HPCs) and integrated ECUs that harness virtual environments. These steps help ensure robust security coverage for modern vehicles, from the design stage right through to daily operation. Visitors will get a firsthand look at these advancements at EdgeTech+ 2025 in Yokohama, where PAS is showcasing the series at the “Automotive Cyber Security Pavilion.”
Enhancing SDV Security: Threat Analysis and Virtual Protections
Recent years have seen a transformation in how vehicles operate, with much of their value now coming from software-driven features. This shift brings increased risks of vulnerabilities, particularly as open-source software becomes prevalent. In the SDV era, where multiple ECU functions are virtualized in cockpit HPCs, new attack paths emerge. Panasonic’s VERZEUSE for TARA responds by offering:
- Automated threat and vulnerability analysis, reducing workload by up to 90% in certain cases
- Support for ISO/SAE 21434 compliance, ensuring industry-standard security
- Tools that adapt quickly to frequent design changes throughout a vehicle’s life
Additionally, VERZEUSE for SIRT bolsters protection in virtual environments, accurately assessing both physical and software communication pathways within the vehicle. This layered approach is especially important for complex, connected in-car systems.
VERZEUSE’s Role in Safeguarding Vehicles Throughout Their Lifecycle
Protecting vehicles no longer stops at initial design. Panasonic’s VERZEUSE series delivers end-to-end lifecycle security by leveraging innovations like Runtime Integrity Checker. This technology applies constant integrity monitoring in virtual environments, including instrument clusters and infotainment systems. Notably, the solution enables the restarting of virtual machines during attacks through signed heartbeats, allowing vehicles to recover rapidly if compromised. Car manufacturers have already adopted these advanced core technologies, providing trust in the evolving SDV landscape.
As software continues to drive vehicle innovation, Panasonic Automotive Systems is staying ahead with its VERZEUSE series. These new cybersecurity measures are set to play a crucial role in securing next-generation vehicles from the factory floor to the end of their operational lives. By focusing on automation, virtual protections, and continuous monitoring, Panasonic demonstrates its commitment to building a safer future for the automotive industry.
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